![]() I know it’s not perfectly touches every dot, but at least it’s close enough and touches most of the dots compare to the first function. (Figure 1.3) This is the graph after I made changes on the variable B, where it wasn’t 6, but 6.3. I chose to use trial and error method because since I use a graphic program, I can easily observe and justify the possible changes of the variable B Since the function did not work, therefore, by using trial and error, the modification I am making is to change the variable B. Modify the function to create a better fit. (Figure 1.2) Graph based on the equation: y= 5.8 sin ((pi/6) (x-12)) + 6.5 and as you can see, the function does not meet the dots perfectly.Ĥ. Draw a graph of your function on the same axes as the graph in step 1. (figure 1.1) The vertical lines means y = 6.5 2. The dots show the height and time changes of the tides of Fundy Bay in Nova Scotia. (Figure 1.0) This graph is based on the information stated on table above. The task of this project is to create and develop a model function of the relationship between time and height of the tide in The Bay of Fundy In Nova Scotia. The heights were taken at Grindstone Island. In the table below data is presented from 27 December 2003 using Atlantic Standard Time (AST). Mathematical Modeling Neysa / 10.2b The Bay of Fundy in Nova Scotia, Canada is deemed to have the greatest average change in tide height in the world.
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